+ All Categories
Home > Documents > smx_g1000

smx_g1000

Date post: 09-Apr-2018
Category:
Upload: kanauj
View: 221 times
Download: 0 times
Share this document with a friend

of 24

Transcript
  • 8/8/2019 smx_g1000

    1/24

    Flying the Garmin G1000

    Ed Williams CFII/ATP SMX-XX April 2008

    An intro to glass panels

    Primary Flight Display (PFD) Multi-Function Display (MFD)

  • 8/8/2019 smx_g1000

    2/24

    Garmins G1000 panel dominates

    the newairplane market

    Cessna 172, 182, T206Beech G36

    Columbia 400Diamond DA40, DA42Mooney Ovation 20RTiger AG-5BVLJs etc

    The promise is greater functionality at lower cost. Better maintainability and reliability than analog instrumentation? Not just data, but information.

    Diamond DA42 twinstar

  • 8/8/2019 smx_g1000

    3/24

    The G1000 is a integrated

    system of communicatingmodules.

    Service is primarily swappingLRUs and repairing them in-

    house or back at Garmin.

    The various LRUs are commonto many different airframesfrom the C172 to VLJs.

    Im familiar with the C172Sconfiguration, so Illconcentrate on that.

    Its modular

  • 8/8/2019 smx_g1000

    4/24

    In the G1000 flight data are measured by remote sensors

    and displayed on the PFD.

    = +

    GDC74A air data computer

    Altitude

    ROC

    Solid state electronic pressure sensors replacemechanical instruments.

    Sensor and display are separate.

  • 8/8/2019 smx_g1000

    5/24

    In addition we have an altitude bug and a 6-second trend vector.

    Altitude bug

    Altimeter setting

    6 second trend

    The altitude bug is notintegrated with theKAP140 autopilot. Ithas to be set

    independently.

    In theC172S/G1000/KAP140,there are threealtimeters to set!

    Garmin has recentlyintroduced its ownintegrated autopilot.

    GarminGFC700

    A/P

    Altitude bug

    The altimeter is set with the

    outer knob of the OBS courseselector on the RH bezel.

  • 8/8/2019 smx_g1000

    6/24

    The airspeed indicator is also replaced with a tape.

    TAS is computedautomatically.Vr, Vx, Vy bugs can beadjusted from thedefaults.

  • 8/8/2019 smx_g1000

    7/24

  • 8/8/2019 smx_g1000

    8/24

    The AHRS will degrade into a reversionary mode if

    external inputs are lost. It has some redundancy

    Normal AHRSAHRS w/o magnetometer

    The ball.

    Rate ofturn(6 sec

    trend)

    Standardrate mark.

  • 8/8/2019 smx_g1000

    9/24

    The heading display incorporates an HSI for the

    primary navaid (GPS, VOR or ILS).

    We are intercepting the071bearing to RIS VORon a 042heading.

    Inner knob sets

    the OBS coursepointer. Pressinggives direct-to.

    NAV1 active is 111.4 (RIS)Standby is 117.95.

    Primary nav on the HSItoggled with the CDI

    soft-key

  • 8/8/2019 smx_g1000

    10/24

  • 8/8/2019 smx_g1000

    11/24

    Here we show the whole Primary Flight Display

  • 8/8/2019 smx_g1000

    12/24

    Its all electrical except for three standby instruments

    Airspeed, Attitude & Altimeter

    Cessna 182

    If a panel fails, the remaining panel can operate in reversionarymode.(Automatic or the red button.)

  • 8/8/2019 smx_g1000

    13/24

    In reversionary mode, the PFD display adds engine instrumentation.

    Normally, engine data only shows on the MFD.

  • 8/8/2019 smx_g1000

    14/24

    In the C172/Garmin 1000 a standby battery can power the essential bus.

    Essentialbus powers PFD, AHRS, engine/airframesensors, #1 Nav-Com and 1 GPS.

    If the alternator fails, turning off the master switch andleaving the stand-by battery switch armedwill allow

    you to preserve main battery capacity for later in theflight.

    The standby battery has little or no power remainingonce the essential bus voltage drops to 20V.

    (excerpted from the C172S manual)

    From the starting checklist:

    4. STBY BATT Switch TEST (hold for 20 sec, verify thegreen test lamp does not go out), then ARM (verify PFDcomes on)

    checks the condition of the standby battery.

  • 8/8/2019 smx_g1000

    15/24

    The GPS interface will be familiar to Garmin 430/530 users.

    FPL on the PFD

    More extensive planning

    options on the MFD page.

  • 8/8/2019 smx_g1000

    16/24

    Curiously, the direct/direct shortcut for activating a flight plan

    leg is absent on the G1000.

    You can still useactivate legvia themenukey, or onthe MFD only, usethe act-legsoft-key.

    ECA-KSMX leg active

    Soft key.

  • 8/8/2019 smx_g1000

    17/24

    The MAP page on the MFD shows the flight plan and position.

  • 8/8/2019 smx_g1000

    18/24

    The MFD map can display terrain, traffic, nexrad, lightning

    with the necessary optional equipment installed

  • 8/8/2019 smx_g1000

    19/24

    The MFD is showing XM NEXRAD data.

  • 8/8/2019 smx_g1000

    20/24

  • 8/8/2019 smx_g1000

    21/24

    I highly recommend this book

  • 8/8/2019 smx_g1000

    22/24

    The King School is a good overview -- but is $249

  • 8/8/2019 smx_g1000

    23/24

    The Garmin simulators are faithful and essential

    Harder to fly than the 430/530 simulators IMODual screens add realism.

    FS X supposedly has a partial simulation.

  • 8/8/2019 smx_g1000

    24/24

    If youve not flown a glass panel, give it a try.

    I found the instrument display intuitive easy to transition to.

    Practice with the simulator was greatly rewarded.

    The GPS is easy if you know the 430/530.

    Keep looking out the window!!